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- All Subjects: Architecture
- Creators: Reddy, T. Agami
- Creators: Rocchi, Elena
Through an investigation of agriculture and cuisine and its consequential influence on culture, education, and design, the following project intends to reconceptualize the learning environment in order facilitate place-based practices. Challenging our cognitive dissonant relationship with food, the design proposal establishes a food identity through an imposition of urban agriculture and culinary design onto the school environment. Working in conjunction with the New American University’s mission, the design serves as a didactic medium between food, education, and architecture in designing the way we eat.
This thesis seeks to answer, how could architects design for mystery and suspense and how would the perception of those spaces change for the spectators? By looking into production designers, art directors, and screenwriters, specifically the film Rear Window (1954) by Alfred Hitchcock one can analyze their use of architecture as part of the way that they build mystery and suspense by making movies that can help test if architecture spaces that are originally designed for a different purpose can build mystery and suspense. This research re-creates one scene from the film in four different locations: three on Arizona State University Tempe campus and one in an apartment complex. These short movies tested in different architectural spaces as such as, entering and exiting of buildings, access under a building that restricts individuals from seeing who is coming in or out, enclosed architecture, and by having hallways that lead up to each other and not permitting the occupant/participant to see everything around them. After filming the movies were compared to each other and a set of drawings was made to understand important choices made in each movie. What this thesis comes to investigate are the movies which are tools architects can use in their design process. Instead of starting a project from a sketch, why not start it from a movie. As this thesis reveals the act of choosing a film, dissecting it, and re-creating the experience of the film in their own movies in different locations can create a unique project.
This research work demonstrates an innovative adaptive integrated lighting control approach which could achieve significant energy savings and increase indoor comfort in high performance office buildings. In the first phase of the study, a predictive algorithm was developed and validated through experiments in an actual test room. The objective was to regulate daylight on a specified work plane by controlling the blind slat angles. Furthermore, a sensor-based integrated adaptive lighting controller was designed in Simulink which included an innovative sensor optimization approach based on genetic algorithm to minimize the number of sensors and efficiently place them in the office. The controller was designed based on simple integral controllers. The objective of developed control algorithm was to improve the illuminance situation in the office through controlling the daylight and electrical lighting. To evaluate the performance of the system, the controller was applied on experimental office model in Lee et al.’s research study in 1998. The result of the developed control approach indicate a significantly improvement in lighting situation and 1-23% and 50-78% monthly electrical energy savings in the office model, compared to two static strategies when the blinds were left open and closed during the whole year respectively.